def session_setup(session, path, index=0):
_keys = session.keys()
for key in _keys:
if key.startswith("_"):
continue
elif key in [
"tests", "graph", "flow_names", "response_type", "test_info",
"profiles"
]: # don't touch !
continue
else:
del session[key]
ots = OIDCTestSetup(CONF, TEST_FLOWS, str(CONF.PORT))
session["testid"] = path
session["node"] = in_tree(session["graph"], path)
sequence_info = ots.make_sequence(path)
sequence_info = ots.add_init(sequence_info)
session["seq_info"] = sequence_info
trace = Trace()
client_conf = ots.config.CLIENT
conv = Conversation(ots.client, client_conf, trace, None, message_factory,
check_factory)
conv.cache = CACHE
session["ots"] = ots
session["conv"] = conv
session["index"] = index
session["response_type"] = ""
return conv, sequence_info, ots, trace, index
def session_setup(session, path, index=0):
_keys = session.keys()
for key in _keys:
if key.startswith("_"):
continue
elif key in ["tests", "graph", "flow_names", "response_type",
"test_info", "profiles"]: # don't touch !
continue
else:
del session[key]
ots = OIDCTestSetup(CONF, TEST_FLOWS, str(CONF.PORT))
session["testid"] = path
session["node"] = in_tree(session["graph"], path)
sequence_info = ots.make_sequence(path)
sequence_info = ots.add_init(sequence_info)
session["seq_info"] = sequence_info
trace = Trace()
client_conf = ots.config.CLIENT
conv = Conversation(ots.client, client_conf, trace, None,
message_factory, check_factory)
conv.cache = CACHE
session["ots"] = ots
session["conv"] = conv
session["index"] = index
session["response_type"] = ""
return conv, sequence_info, ots, trace, index
def verify_support(conv, ots, graph):
"""
Verifies whether a OP is likely to be able to pass a specific test.
All based on the checks that are run before the requests within a
slow is sent.
:param conv: The conversation
:param ots: The OIDC RP setup.
:param graph: A graph representation of the possible test flows.
"""
for key, val in ots.test_defs.FLOWS.items():
sequence_info = ots.make_sequence(key)
for op in sequence_info["sequence"]:
try:
req, resp = op
except TypeError:
continue
conv.req = req(conv)
if issubclass(req, TEST_FLOWS.AccessTokenRequest):
chk = CheckTokenEndpointAuthMethod()
res = chk(conv)
if res["status"] > 1:
node = in_tree(graph, key)
node.state = 4
if "pre" in conv.req.tests:
for test in conv.req.tests["pre"]:
do_check = False
for check in [
CheckTokenEndpointAuthMethod, CheckOPSupported,
CheckSupportedTrue, CheckEndpoint,
CheckRequestURIParameterSupported,
CheckTokenEndpointAuthMethod
]:
if issubclass(test, check):
do_check = True
break
if do_check:
chk = test()
res = chk(conv)
if res["status"] > 1:
node = in_tree(graph, key)
node.state = 4
def verify_support(conv, ots, graph):
"""
Verifies whether a OP is likely to be able to pass a specific test.
All based on the checks that are run before the requests within a
slow is sent.
:param conv: The conversation
:param ots: The OIDC RP setup.
:param graph: A graph representation of the possible test flows.
"""
for key, val in ots.test_defs.FLOWS.items():
sequence_info = ots.make_sequence(key)
for op in sequence_info["sequence"]:
try:
req, resp = op
except TypeError:
continue
conv.req = req(conv)
if issubclass(req, TEST_FLOWS.AccessTokenRequest):
chk = CheckTokenEndpointAuthMethod()
res = chk(conv)
if res["status"] > 1:
node = in_tree(graph, key)
node.state = 4
if "pre" in conv.req.tests:
for test in conv.req.tests["pre"]:
do_check = False
for check in [CheckTokenEndpointAuthMethod,
CheckOPSupported,
CheckSupportedTrue, CheckEndpoint,
CheckRequestURIParameterSupported,
CheckTokenEndpointAuthMethod]:
if issubclass(test, check):
do_check = True
break
if do_check:
chk = test()
res = chk(conv)
if res["status"] > 1:
node = in_tree(graph, key)
node.state = 4